KR20040079297A - A device for deodorization with portable - Google Patents

Abstract

PURPOSE: A mobile deodorizing device is provided which is easily moved to required places so that it is properly used at the places, and which neutralizes and collects malodor in air to remove the malodor, removes malodor in room to supply fresh air, promptly eliminates smell produced in a small space and purifies air in the space. CONSTITUTION: The mobile deodorizing device comprises a body(100) on which a cover(120) is mounted to close an opened upper part of the body, to the bottom of which casters(110) are connected, and which is closely adhered to the cover through a plurality of locking elements(130); an outer air flowing part(200) which is consisted of inlet pipe(210) and outlet pipe(220) installed in such a way that the air passes through the inside of the body by forcibly flowing air, and in which ventilator(230) and oxygen generator(230a) are connected to one side of the outlet pipe or the inlet pipe; and a filter part comprising a wet type collection region(310) comprising a wet type collection chamber in which the inlet pipe is embedded as water is being filled in the bottom part of the inner surface of the body, and on an upper part of which screen is installed, and a dry type collection region(320) comprising a porous media(320a) stacked in a multilayer on an upper part of the wet type collection region.

Description

A device for deodorization with portable}

The present invention relates to a mobile type deodorizing device that can be easily moved and used, in particular, an external air flow unit for forming a constant fluid flow through the inlet pipe and the discharge pipe connected to a certain body by forcibly flowing the body and air and the The present invention relates to a mobile deodorizer for providing comfortable air to a room after neutralizing and collecting odors in the air with a multi-layer filtration unit for filtering the air flowing by the outdoor air flow unit.

In general, the odor generated in restaurants and the like is discharged to the outside through a duct connected to an air blower and diluted in the air to neutralize the odor or to dilute the odor using a fragrance or a deodorant.

However, in the odor removal method as described above, the odor is simply diluted with a large amount of air or diluted with a strong odor, a deodorant, etc., but it is difficult to completely remove the odor.

Hydrogen sulfide and volatile organic compound treatment system using a liquid catalyst, activated carbon filter, and activated carbon fiber filter to solve such disadvantages is disclosed in Korean Patent Laid-Open Publication No. 2002-72744, and its configuration is as shown in FIG. Hydrogen sulfide and VOCs (10) as a supply tank, a mass flow regulator (11) for controlling the flow of the mass flow of the hydrogen sulfide and VOCs (10), and the bubble generator for generating the hydrogen sulfide and VOCs (10) in the form of bubbles (12), a liquid catalyst storage and collection tank 13 for storing and collecting the liquid catalyst, a filter 14 for filtering the dry air generated in the air compressor by the liquid catalyst, and through the filter 14 A flow meter 16 for measuring the amount of outflow, a spray device 19 for spraying the liquid catalyst flowing through the flow meter 16, a demister 18 for maintaining the liquid catalyst at a constant temperature, and In order to increase the liquid catalyst and the gas-liquid contact area sprayed through the air spraying device 19, a filling material having a large porosity and a specific surface area is provided with a plurality of polling layers 17 and contaminants passing through the polling layer 17. A water remover 22 which flows into the lower end to remove water, and the activated carbon filter 21 and the activated carbon fiber filter 21 in the form of cartridges in multiple stages through the water remover 22 to discharge the odor removed air. A gyre consisting of a fan 20. The activated carbon filter is installed at the bottom and top, and the activated carbon fiber filter is disposed between the activated carbon filters.

However, the above-mentioned treatment system is advantageous for large-scale deodorization, but cannot be easily used for restaurants or homes, and the installation cost increases as a large plant, and is disadvantageous for the removal of odor emitted from various places due to fixed installation. It has the disadvantage of simply removing the smell.

An object of the present invention for improving this, to easily transport and use properly in the required place, to neutralize and collect the odor in the air to remove, to provide a comfortable air to remove the odor in the room In addition, it provides a mobile deodorizer that can quickly remove odors generated in a narrow space and purify the air.

1 is a perspective view showing a conventional hydrogen sulfide and volatile organic compound treatment system

Figure 2 is a perspective view of a portable deodorizing device according to the present invention

Figure 3 is a cross-sectional view showing a portable deodorizing device according to the present invention

Figure 4a, b is a cross-sectional view showing a portable deodorizing device according to another embodiment of the present invention, respectively

5A and 5B are a perspective view and a cross-sectional view showing a deodorizing device according to another embodiment of the present invention, respectively.

Figure 6 is a cross-sectional view showing a deodorizing device according to another embodiment of the present invention

* Description of the symbols for the main parts of the drawings *

100 body 120 cover

130 Locking service 210

220 Drain tube 310 Wet trap area

320.Dry capture area 320a ... carrier

In order to achieve the above object, the present invention, the forced air flowing through the body and the air flowing through the inlet pipe and the discharge pipe connected to a certain body to form a constant fluid flow and the air flowing by the external air flow filtering A mobile deodorizer configured as a multilayer filtration unit is provided.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in Figures 2 to 6, the present invention consists of a body 100, an external air flow portion 200 and a multi-layer filter 300.

The body 100 is made of a material such as stainless steel or FRP, and its upper and lower ends are normally closed.

In addition, the caster 110 is connected to the bottom of the body 100, the upper portion of the body 100 is open to cover the cover 120 is mounted so as to close it, the body 100 and the cover 120 is It is connected via a plurality of locking pieces 130.

The outdoor air flow unit 200 connected to the body 100 is composed of an inlet pipe 210 and an outlet pipe 220 which are installed to pass through the inside of the body 100 by forcibly flowing air, especially an odor (odor). The blower 230 is connected to at least one side of the inlet pipe 210 and the discharge pipe 220.

In addition, the exhaust fan 230 is composed of a motor and a fan connected thereto, and is preferably installed on the inlet pipe 210 side due to the characteristics of the device in which wet air flows.

The inlet pipe 210 is connected to an diffuser 210a whose diameter is gradually enlarged to diffuse air sucked at one end thereof, and an oxygen generator 230a is connected to one side of the blower 230.

The filtration unit 300 for filtering the smell introduced through the inlet pipe 210 has a screen 310a-1 at the top of the wet collecting chamber 310a in which one end of the inlet pipe 210 is embedded while the water is filled. The wet collecting region 310 is installed and the dry collecting region 320 in which the porous carrier 320a is stacked in multiple layers on the wet collecting chamber 310.

In addition, the dry collecting region 320 may be laminated via the porous mat 320b, or may be laminated after separating and storing the carrier 320a having a different particle size by the mesh 320c.

In addition, the ceramic powder layer 370 for fragrance diffusion is laminated on the dry collecting region 320 via the porous mat 320b, and the ceramic powder layer 370 is formed in a liquid having a natural flavor of ceramic powder. It may be deposited or a film may be formed on the outside to radiate the scent.

In addition, the wet collection chamber 310a is connected to the injection pipe 310d and the drain pipe 310b to enable the injection and discharge of the water filled therein, and to monitor the amount of water to be filled in the monitoring window ( 310c) is installed.

In addition, the wet collection chamber 310a is further provided with an ultrasonic vibrator 340 to generate bubbles and water vapor (air containing about 35% moisture), to suppress the generation of water filled inside. Antibacterial ceramic ball 350 may be filled in a certain amount.

In addition, the wet collection chamber 310a has a small submersible pump 380a inside thereof and is connected to the atomization pipe 380b having a plurality of nozzles, and the atomization pipe 380b is a porous mat 320b. It is installed to be sprayed from the upper side of the third carrier (320a-3) distributed on the upper side of.

The carrier 320a includes a first carrier 320a-1 composed of activated carbon and alumina as spherical porous granules,

It is also configured as a second carrier 320a-2 composed of a mixture of activated alumina and activated carbon to which sodium permanganate is adsorbed as spherical porous grains.

As the carrier 320a, a third carrier 320a-3, which is formed as a shell, may be further used for the first and second carriers 320a-1 and 320a-2.

Referring to the operation of the present invention made of such a configuration as follows.

2 to 6, the body 100, the caster 110 is connected to the bottom so that it can be easily moved.

In addition, the body 100 is made of a material such as stainless or FRP to prevent damage due to the contact of the oxide.

In addition, the upper portion of the body 100 is open to be opened and closed as a cover 120 mounted thereto, and the body 100 and the cover 120 are connected to each other through a plurality of locking pieces 130. .

In addition, the body 100 is forced through the outside air through the inlet pipe 210 and the discharge pipe 220, filtered by the carrier 320a is filled in the inside of the body 100, the discharge pipe 220 of the upper portion The purged air is discharged through.

At this time, the discharge pipe 220 and the inlet pipe 210, the forced flow method for flowing the fluid to the exhaust fan 230 is composed of a fan that operates as a motor, the oxygen valve on one side of the discharge pipe 220 Oxygen is diluted in the purified air to which the 230a is connected to provide freshness to the room.

In addition, the air always contains a certain amount of moisture to have the same feeling as in the morning mountains, and as shown in Figure 6, by stacking the ceramic powder layer 370 that emits the scent on top of the carrier layer, the effect is more Promoted.

And, the odor removal, while the air containing the odor is introduced through the inlet pipe 210 and then diffused air sucked through the diffuser 210a connected to the end of the inlet pipe 210 on the surface of the water Collect primary odors.

In this case, in the wet collecting region 310 in which the diffuser 210a is mounted, an injection pipe 310d and a drain pipe 310b are installed at one side of the wet collection chamber 310a to easily inject and discharge water.

In addition, the monitoring window 310c is installed at one side of the wet collection chamber 310a so that a constant amount of water can be maintained at all times, and a certain amount of water is bubbled or vaporized by the ultrasonic vibrator 340 to collect an odor source. Make it fall.

In addition, the inside of the water is filled with antibacterial ceramic ball 350 to prevent the water pollution in the standing state.

On the other hand, as shown in Figure 6, the wet collection chamber (310a), the submerged pump (380a) is installed on the inside of the atomization pipe 380b is installed on one side of the third carrier 320a made of water shells It is sprayed on -3) to make the clam shell always contain moisture, which enhances the filtering effect.

In addition, the air containing the odor collected primarily on the water surface of the wet collecting chamber 310a reaches the dry collecting region 320 while being lifted by the air blower 230 to remove the odor secondarily.

The dry collecting region 320 is filled with a porous mat 320b or separately stored and stored in a multi-stage after storing each carrier 320a having different characteristics and particle sizes by the mesh 320c. Capture or neutralize.

The carrier 320a includes a first carrier 320a-1 composed of activated carbon and alumina as spherical porous granules,

And a second carrier (320a-2) comprising a mixture of activated alumina and activated carbon to which sodium permanganate is adsorbed as spherical porous grains.

It consists of a third carrier (320a-3) composed of crushed natural clam shells to collect and neutralize hydrogen sulfide, sulfur dioxide, mercaptan, organism, and the like.

As described above, according to the present invention, it can be easily transported and used properly in a necessary place, neutralized and collected by removing odors in the air, and it is possible to provide comfortable air to remove odors in a room, and a narrow space. It is effective to quickly remove the odor generated from the air purification as well.

While the invention has been shown and described with respect to specific embodiments thereof, it will be apparent to those skilled in the art that various changes and modifications can be made without departing from the spirit or scope of the invention as provided by the following claims. I would like to clarify that those who have knowledge of this can easily know.

Claims (9)

The cover 120 is mounted to close the open top, the caster 110 is connected to the bottom, the body 100 in close contact with the cover 120 through a plurality of locking pieces 130; It consists of an inlet pipe 210 and the discharge pipe 220 is installed to pass through the inside of the body 100 by forcibly flowing air, the exhaust fan 230 on any one side selected from the discharge pipe 220 and the inlet pipe 210 And an outside air flow unit 200 to which the oxygen generator 230a is connected; and, The water collecting region 310 and the wet collection region formed as a wet collecting chamber 310a having a screen 310a-1 embedded therein as water is filled in the bottom of the inner surface of the body 100. Mobile deodorizing device comprising a filter 300 consisting of a dry collecting area 320 in which a porous carrier (320a) is stacked in multiple layers on top of the collecting area (310). The apparatus of claim 1, wherein the inlet pipe (210) is connected to an diffuser (210a) whose diameter is gradually enlarged to diffuse the inhaled air. According to claim 1, wherein the wet collection chamber 310a, the injection pipe 310d and the drain pipe 310b is connected to enable the injection and discharge of the water filled in the inner side, so as to know the amount of water to be filled Mobile deodorizing device, characterized in that the monitoring window 310c is installed. According to claim 1 or 3, The wet collection chamber (310a), the ultrasonic oscillator 340 is further provided on the inside, the mobile deodorization characterized in that the antimicrobial ceramic ball 350 is installed to be filled in the water. Device. The atomization pipe 380b of claim 1, wherein the wet collecting region 310 includes a submersible pump 380a inside the wet collecting chamber 310a and sprays water on one side of the third carrier. Mobile deodorizer characterized in that the connection. The mobile deodorizing apparatus according to claim 1, wherein the dry collecting region (320) separates and stores the carrier (320a) having different compositions and particle sizes by the mesh (320c) and stacks them in multiple stages. The carrier 320a according to claim 1, wherein the carrier 320a comprises a first carrier 320a-1 composed of activated carbon and alumina as spherical porous granules, A spherical porous granule is also a mobile deodorizing device comprising a second carrier (320a-2) made of a mixture of activated alumina and activated carbon to which sodium permanganate is adsorbed. The carrier 320a according to claim 1 or 6, wherein the carrier 320a comprises a first carrier 320a-1 composed of activated carbon and alumina as spherical porous granules, A second carrier 320a-2 formed of a mixture of activated alumina and activated carbon to which sodium permanganate is adsorbed as a spherical porous grain, Mobile deodorizing device, characterized in that consisting of a third carrier (320a-3) consisting of crushed shells. The apparatus of claim 1, wherein the filtration unit (300) further comprises a ceramic powder layer (370) emitting a scent on an upper portion of the carrier (320a).